Astrophysical Relevance of Storage-Ring Electron-Ion Recombination Experiments

TL;DR

This paper discusses how storage-ring electron-ion recombination experiments are relevant for astrophysics, emphasizing low-energy dielectronic-recombination resonances and providing a compilation of measurements for cosmic ions.

Contribution

It highlights the importance of storage-ring experiments for astrophysical applications and compiles relevant recombination data for cosmic ions.

Findings

Recombination experiments are crucial for understanding astrophysical plasmas.

Low-energy dielectronic-recombination resonances significantly affect ionization balances.

A comprehensive bibliography of relevant measurements is provided.

Abstract

The relevance of storage-ring electron-ion recombination experiments for astrophysics is outlined. In particular, the role of low-energy dielectronic-recombination resonances is discussed. A bibliographic compilation of electron-ion recombination measurements with cosmically abundant ions is provided.